Simplex 4005 Programming Instructions Manual
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Simplex 4005 Programming Instructions Manual

Simplex 4005 Programming Instructions Manual

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4005 Fire Alarm
Front Panel Programming
Instructions
574-059
Rev. D
Technical Manuals Online! - http://www.tech-man.com

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  • Page 1 4005 Fire Alarm Front Panel Programming Instructions 574-059 Rev. D Technical Manuals Online! - http://www.tech-man.com...
  • Page 2 this is blank text Technical Manuals Online! - http://www.tech-man.com...

  • Page 3: Cautions And Warnings

    DO NOT INSTALL ANY SIMPLEX PRODUCT THAT APPEARS DAMAGED Upon unpacking your Simplex product, inspect the contents of the carton for shipping damage. If damage is apparent, immediately file a claim with the carrier and notify Simplex.

  • Page 4: Codes And Standards

    Codes and Standards The 4005 is listed for the following listing categories. UL 864 Listings for Type of System: • UL 864 Power-Limited Fire Alarm Control Unit. • Local (formerly NFPA 72A). Requires the sounding of an alarm via listed notification appliance(s).

  • Page 5: Nfpa Referenced Publications

    NFPA Referenced The 1993 National Fire Alarm Code (NFPA 72) referenced publications are Publications listed below. The installer should be familiar with these codes, as well as any applicable local codes and standards, when installing a fire alarm system. • NFPA 72 National Fire Alarm Code •...
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  • Page 7: Table Of Contents

    Related Documents ................... 1-2 Description....................1-2 Chapter 2. Basic Programming Introduction....................2-1 Menu Structure..................2-1 Basic Things to Know About Programming a 4005........2-2 Storing and Saving Editing Changes............2-2 Programming Keys..................2-2 Programming Mode .................. 2-3 LogIn......................2-3 Default Passcodes ..................2-3 Logout.......................
  • Page 8 Setting the Cut-Out Timer............... 2-25 Setting the Door Drop Alarm..............2-26 Setting the Door Drop AC Loss Timer ........... 2-27 Setting the Audible Evacuation Signal............ 2-28 Setting the Visible Evacuation Signal ............. 2-29 Enabling City Circuit 1 and/or City Circuit 2.......... 2-30 Enabling or Disabling the Expansion Power Supply Circuit Supervision .....................
  • Page 9 Output Side (THEN) ................3-20 Output Field 1 ..................3-20 Output Field 2 ..................3-20 Output Field 3 ..................3-21 Chapter 4. Common Simplex Multi-Functional Programming Language (SMPL) Applications Introduction....................4-1 Selective Signals by Floor................. 4-1 Selective Signals by Zone ................. 4-3 Selective Signal Operation for Fire Floor, Floor Above, and Floor Below..................
  • Page 10 Analog Pseudo Points ................5-26 Chapter 6. Programming Guides and Reference Information Introduction....................6-1 System Programming Worksheet .............. 6-1 4005 Module Identification and Placement Chart........6-2 Front Panel Programming ................6-3 Menu Structure..................6-3 Edit Point ....................6-3 Edit Cards ....................6-4 SMPL Programming ..................

  • Page 11: Chapter 1. System Overview

    System Overview Introduction This publication shows how to use the menu-driven Front Panel Programming feature of the 4005 Fire Alarm. All control of the 4005 is allowed through the front panel via menus and the keypad. Note: When a membrane panel key is referenced in this manual, it is normally shown between angle brackets.

  • Page 12: Related Documents

    8 to 40 circuits. These circuits, either initiating device circuits (IDC) or notification appliance circuits (NAC), are added to the system in blocks of four. In addition, the 4005 can automatically control supplementary equipment such as fire doors and fans during a fire condition using NACs converted to auxiliary relay outputs.

  • Page 13: Chapter 2. Basic Programming

    Basic Programming Introduction This chapter discusses the basic programming functions that are available with the 4005 Fire Alarm Control Panel (FACP). The programming of more advanced functions is discussed in Chapter 3. Menu Structure All programming is done from the front panel via menu-driven prompts. Access levels protect different programming options.

  • Page 14: Basic Things To Know About Programming A 4005

    Programming Keys During programming mode, only certain keys remain active. When in the programming mode, the 4005 still functions as a fire alarm system. If an alarm should sound, use the <Exit/Clear> key to exit the programming mode (by pressing the key several times). Once at the High-Level Status Screen (the display shows the first alarm or a normal status) alarms, supervisories, or troubles can be acknowledged and/or viewed for additional information.

  • Page 15: Programming Mode

    Basic Things to Know About Programming a 4005 , Continued Programming Mode Even though “Passcode” is not the first menu option, you must log in to the 4005 FACP in order to perform the Level 4 programming covered in the remainder of this publication.

  • Page 16: Logout

    Press <Enter> to accept the passcode. (Logging in at Level 4 causes a Simplex Service Mode Trouble. Acknowledge the trouble and continue.) The display in (E) appears briefly and then (F) appears after the Simplex Service Mode trouble is acknowledged.

  • Page 17: Operations Involving Points: Viewing Points

    Operations Involving Points: Viewing Points Viewing Points To View a Point, use the following steps: 9LHZ 3RLQWV To view points, press <Menu>, <Next> until [ ] is displayed, and then press <Enter>. Press <Previous> or <Next> to display the Device Type of the point you wish to view and then press <Enter>...

  • Page 18: Function Control

    Function Control while Viewing Points Function Control Certain Functions are allowed during the View Points session. To activate Function Control for a specific point, use Steps 1 through 3 above to view the point and then press <Function>. Refer to Table 2-2 for a list of functions based on device types.

  • Page 19: Enabling A Point

    Enabling a Point Enabling a Point To Enable a Point, use Figure 2-6 and the following steps: 9LHZ 3RLQWV 1. View points by pressing <Menu> and <Next> until [ ] is displayed, and then press <Enter>. 2. Press <Previous> or <Next> to display the Device Type of the point you wish to enable and then press <Enter>.

  • Page 20: Disabling A Point

    Disabling a Point Disabling a Point To Disable a Point, use the following steps: 9LHZ 3RLQWV View points by pressing <Menu> and <Next> until [ ] is displayed, and then press <Enter>. Press <Previous> or <Next> to display the Device Type of the point you wish to disable and then press <Enter>.

  • Page 21: Editing A Point Label

    Editing a Point Label Editing a Point Label To Edit a Custom Label of a point, use the following steps: Log in to the 4005. Press <Menu> (A). ),5(  683(59,625<  7528%/(  0HQX >9LHZ 3RLQWV@ ),5(  683(59,625<  7528%/(  0HQX >3URJUDPPLQJ@...
  • Page 22 Editing a Point Label, Continued Editing a Point Label Press <Next> or <Previous> to scroll through the points until the point (Continued) you wish to edit is displayed (E) and then press <Function>. ,2 &DUG  ,QSXW  0RQLWRU =RQH ,2 &DUG  ,QSXW  &RQWURO>(GLW 3RLQW /DEHO@ ,2 &DUG  ,QSXW ...

  • Page 23: Clearing A Point Label

    &OHDU 3RLQW /DEHO ] is displayed (B) and then press <Enter>. Important: Once <Enter> is pressed, the label clears (C). The 4005 is now in the Edit Label mode. When a label is accidentally cleared, press <Exit/Clear> and re-enter the Clear Point Label menu to clear the correct label.

  • Page 24: Editing Point Types

    A Confirmation screen appears (D) allowing you to make or abandon the changes. Press <Enter> to confirm your choice, or <Exit/Clear> to abandon your changes. The 4005 informs you when the Operation is Complete. 2-12 Technical Manuals Online! - http://www.tech-man.com...

  • Page 25: Edit Mode Programming

    Edit Mode Programming Edit Mode Programming You can change the mode of a Generic Output point. (If another type of point is chosen, you are notified that this is an invalid action.) Mode editing of a point associated with the output of a SMPL equation is not allowed.
  • Page 26 Edit Mode Programming, Continued Edit Mode Programming Table 2-3 lists the Output Mode choices for a Generic Output Point and the Points to which they can be linked. Table 2-3. Generic Output Point Output Mode and their Link to… Choices Generic Output Output Mode…...
  • Page 27 Operations Involving Cards: Adding an Input/Output (I/O) Adding an Input/Output (I/O) To add an Input/Output (I/O) card to the 4005, use the following steps: Card Note: Refer to the SMPL Programming, Edit SMPL section of Chapter 6 for more information on card addressing and points.

  • Page 28: Adding An Input/Output (I/O) Card

    Press <Enter> to confirm your selection. “ Configuring the card. . .” is displayed. Note: “ **No Cards Found for this Action** ” is displayed when the 4005 does not recognize an empty slot. 2-16 Technical Manuals Online! - http://www.tech-man.com...

  • Page 29: Deleting Input/Output Cards

    Deleting Input/Output Cards Deleting Input/Output Cards To delete an Input/Output Card from the 4005, use the following steps: Note: Deleting a card from the 4005 also removes any modes or SMPL equations associated with that card. Follow Steps 1 through 3 under Editing a Point Label.

  • Page 30: Modifying Input/Output Card Devices

    Modifying Input/Output Card Devices Modifying Input/Output Card To modify an Input/Output Card of the 4005, use the following steps: Devices Follow Steps 1 through 3 under Editing a Point Label. Press <Next> or <Previous> to scroll through the menus until (GLW &DUG...
  • Page 31 Press <ö> or <ì> to move the focus brackets to the next circuit. After all output points have been edited, press <Enter>. After modifying a card, the 4005 displays the next available card for modification. To avoid modifying the next card, press <Exit/Clear>.

  • Page 32: Adding A Remote Unit Interface (Rui) Card

    To add a Remote Unit Interface (RUI) Card, either a Status Command Unit Interface (RUI) Card (SCU) or a Remote Control Unit (RCU) to the 4005, perform the following steps: Make sure all jumpers are set correctly and install the card. Refer to the Field Wiring Diagram 841-990 for more information on wiring the RUI cards.

  • Page 33: Deleting A Remote Unit Interface (Rui) Card

    Deleting a Remote Unit To delete a Remote Unit Interface (RUI) Card, either a Status Command Unit Interface (RUI) Card (SCU) or a Remote Control Unit (RCU) from the 4005, perform the following steps: Note: Deleting a card from the 4005 also removes any modes or SMPL equations associated with that card.

  • Page 34: Operations Involving System Options: Changing Time/Date Format

    Operations Involving System Options: Changing Time/Date Format Changing Time/Date Format To change the Time/Date Format of the 4005, use the following steps: Follow Steps 1 through 3 under Editing a Point Label. Press <Next> or <Previous> to scroll through the menus until 6\VWHP 2SWLRQV ] is displayed (A) and then press <Enter>.

  • Page 35: Turning The Active Point Reminder On Or Off

    This serves as a reminder that there is still a trouble in the system. To turn the Active Point Reminder ON or OFF for the 4005, use the following steps: Follow Steps 1 through 3 under Editing a Point Label.

  • Page 36: Setting The Silence/Reset Inhibit Timer

    Inhibit Timer Keys for a specified time (0-60 mins.). To set the Silence/Reset Inhibit timer in minutes for the 4005, use the following steps: Follow Steps 1 through 3 under Editing a Point Label. Press <Next> or <Previous> to scroll through the menus until 6\VWHP 2SWLRQV ] is displayed (A) and then press <Enter>.

  • Page 37: Setting The Cut-Out Timer

    Setting the Cut-Out Timer The Cut-Out Timer is a specified time (0-60 mins.) for signals to sound until they automatically turn off. To set the Cut-Out Timer in minutes for the 4005, use the following steps: Follow Steps 1 through 3 under Editing a Point Label.

  • Page 38: Setting The Door Drop Alarm

    Setting the Door Drop Alarm The Door Drop Alarm is a specified time (0-60 secs.) doors are held open after an alarm. To set the Door Drop Alarm Timer in seconds for the 4005, use the following steps: Follow Steps 1 through 3 under Editing a Point Label.

  • Page 39: Setting The Door Drop Ac Loss Timer

    Loss Timer on an AC loss. To set the Door Holder AC Fail Drop Timer in minutes for the 4005, use the following steps: Follow Steps 1 through 3 under Editing a Point Label. Press <Next> or <Previous> to scroll through the menus until 6\VWHP 2SWLRQV ] is displayed (A) and then press <Enter>.

  • Page 40: Setting The Audible Evacuation Signal

    Audible Evacuation Signal Setting the Audible To set the type of Audible Evacuation signal for the 4005, use the following Evacuation Signal steps: Follow Steps 1 through 3 under Editing a Point Label. Press <Next> or <Previous> to scroll through the menus until 6\VWHP 2SWLRQV ] is displayed (A) and then press <Enter>.

  • Page 41: Setting The Visible Evacuation Signal

    Visible Evacuation Signal Setting the Visible Evacuation To set the type of Visible Evacuation signal for the 4005, use the following Signal steps: Follow Steps 1 through 3 under Editing a Point Label. Press <Next> or <Previous> to scroll through the menus until 6\VWHP 2SWLRQV ] is displayed (A) and then press <Enter>.
  • Page 42 City Circuits Enabling City Circuit 1 and/or To enable or disable the city circuits for the 4005, use the following steps: City Circuit 2 Follow Steps 1 through 3 under Editing a Point Label. Press <Next> or <Previous> to scroll through the menus until 6\VWHP 2SWLRQV ] is displayed (A) and then press <Enter>.

  • Page 43: Enabling Or Disabling The Expansion Power Supply Circuit Supervision

    4005, use the following steps: Circuit Supervision Important: The Factory Default Setting for the 4005 Expansion Power supply circuit is ON. When this circuit is turned ON and no expansion power supply is present in the system, a trouble occurs.

  • Page 44: Saving Editing Changes

    Saving Editing Changes Overview There are two ways to save the edit buffer information to the 4005’s CFIG: • At the end of an edit session • Anytime during programming Saving Changes at the End of To save changes at the end of an editing session, use the following steps: an Editing Session Press and hold <Exit/Clear>...

  • Page 45: Saving Changes Anytime During Programming

    Figure 2-31. Typical Screens Used to Save Changes Anytime During Programming Press <Enter> to confirm your selection or <Exit/Clear> to cancel (C). The 4005 downloads the edit buffer information to the 4005 program. When the download completes, the 4005 performs a cold start . 2-33...

  • Page 46: Canceling Editing Changes

    Canceling Editing Changes Overview The Restore CFIG option allows you to abandon all changes to the 4005 edit buffer. There are two ways to abandon your changes to the 4005’s edit buffer: • At the end of an edit session •...

  • Page 47: Canceling Changes Anytime During Programming

    Figure 2-33. Typical Screens Used to Cancel Changes Anytime During Programming Press <Enter> to confirm your selection or <Exit/Clear> to cancel (C). The 4005 clears the edit buffer information. You can now start a new edit session . 2-35 Technical Manuals Online! - http://www.tech-man.com...

  • Page 48: Performing Basic Operations: Changing Access Level

    Performing Basic Operations: Changing Access Level Changing Access Level Use the following steps and Figure 2-34 to change an access level of the options listed in Table 2-6. For each of the specified options, you can change the access level of the option, from level 1 through level 4. You cannot set an access level higher than your current access level nor can you edit an access level that is higher than your logged on level.

  • Page 49: Default Passcodes

    “Access Level is updated” is displayed when selecting Enter. Default Passcodes The 4005 comes with three default passcodes. • 2000 = Level 2 access • 3000 = Level 3 access • 4000 = Level 4 access (causes a Simplex Service Mode Trouble) 2-37 Technical Manuals Online! - http://www.tech-man.com...

  • Page 50: Changing Passcodes

    Changing Passcodes Changing Passcodes The passcode edit option allows you to customize the level passcodes. Log into the 4005. Press <Menu>. Press <Next> or <Previous> to scroll through the menu until 3URJUDPPLQJ ] is displayed and then press <Enter>. Press <Next> or <Previous> to scroll through the menus until 3DVVFRGH ] is displayed (A) and then press <Enter>.

  • Page 51: Setting The Time And Date

    Setting the Time and Date Setting the Time and Date To set the 4005’s time and date follow the steps below. Log in to the 4005. Press <Menu> (A). ),5(  683(59,625<  7528%/(  0HQX >9LHZ 3RLQW@ ),5(  683(59,625<...
  • Page 52 Time and Date Press <Next> or <Previous> to scroll through the numbers for the date. The 4005 will automatically pick which day the date falls on when setting the date is complete. Press <ö> or <ì> to move the focus brackets to the Month in the date field (F).

  • Page 53: Executing A Cold Start

    Cold Start Executing a Cold Start A Cold Start of the 4005 clears Historical Logs, Time/Date, and causes a Cold Start Trouble that clears upon acknowledgment. To execute a cold start perform the following steps and refer to Figure 2-40.
  • Page 54 Display LED 3 LED 5 LED 1 LED 2 LED 4 Membrane Keypad RIGH POWER POWER DISTRIBUTIO DISTRIBUTIO WARM 4005 CPU BD ASSY 0565-469 B CITY1/DAC CITY Warm Start (SW1) Figure 2-41. CPU Board 2-42 Technical Manuals Online! - http://www.tech-man.com...

  • Page 55: Operations Involving Lists: User Pseudo Points

    Operations Involving Lists: User Pseudo Points User Pseudo Points The following User Pseudo Points can be added to a List shown in Table 2-7 below. Digital Pseudos (System Card Address 29) • Digital Points 29-27 through 29-50 are User Definable as Utility point types.

  • Page 56: Adding Points To A List

    Adding Points to a List Adding Points to a List Use the following steps and Figure 2-42 to place points within a List. Log in to the 4005. Press <Menu> (A). ),5(  683(59,625<  7528%/(  0HQX >9LHZ 3RLQWV@ ),5(  683(59,625<...
  • Page 57 Adding Points to a List, Continued Adding Points to a List 3RLQW Press <Next> or <Previous> to scroll through the menus until [ Ã (continued) is displayed (F) and then press <Enter>. Press <Next> or <Previous> to scroll through the types of points you wish to add to the list (G).
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  • Page 59: Chapter 3. Custom Control

    When you are satisfied with the program, you must exit the Custom Control mode to save all data to the 4005 CFIG chip. Once programmed, and back on line, the 4005 handles its inputs and outputs differently.

  • Page 60: To Start Custom Control Programming

    Custom Control, Continued To Start Custom Control Follow Steps 1 through 4 to access the Custom Control program editor. Programming Log in at the appropriate level. Press <Menu>. 3URJUDPPLQJ Press <Previous> or <Next> until [ ] (A) is displayed and then press <Enter>.

  • Page 61: Equation Level

    Custom Control, Continued Custom Control Menu When you enter Custom Control programming you see one of the screens in Navigation (Continued) Figure 3-2. (A) shows the active equation number and how many equations exist in the program. (B) is displayed if no equations exist in the database or when you have scrolled past the last equation in the program.

  • Page 62: Custom Control Level

    Equations A total of 40 Custom Control equations are possible in the 4005. A Custom Control equation consists of up to six statements. Each equation consists of two sides: an INPUT SIDE and an OUTPUT SIDE. An equation can be better understood as an “IF/THEN”...

  • Page 63: Input Field 1

    Input Field 1 Input Field 1 Field 1 is always empty in the first statement of any Custom Control equation. In subsequent statements, Field 1 will contain one of the two Link operators: • AND – which links the statement in “Series” with all previous statements •...

  • Page 64: The Or Link Operator

    Input Field 1, Continued The OR Link operator The OR Link operator links the current statement in Parallel with all previous statements in an equation (see Figure 3-8). Field 1 Field 2 Field 3 Field 4 ),5(  FIRST STATEMENT Field 1 Field 2 Field 3...

  • Page 65: Using The And Operator First And The Or Operator Second

    Input Field 1, Continued Using the AND Operator first In Figure 3-10 the first and second statements are linked in Series and the third and the OR Operator second statement is linked in Parallel with the first and second statements. Remember, a Link operator links that statement with all previous statements, not just the statement before it.

  • Page 66: Using The Or Operator First And The And Operator Second

    Input Field 1, Continued Using the OR Operator first In Figure 3-12 the first and second statements are linked in Parallel and the third and the AND Operator second statement is linked in Series with the first and second statements. Remember, a Link operator links that statement with all previous statements, not just the statement before it.

  • Page 67: Input Field 2

    Input Field 2 Overview Field 2 can be empty or contain the negative operator NOT. NOT is shown in Figure 3-5 to state: IF point 03-01 is NOT in a FIRE condition, THEN the statement is true. Using the AND and NOT The AND Link operator links the current statement in Series with all previous Operators statements in an equation (see Figure 3-14).

  • Page 68: Using The Or And Not Operators

    Input Field 2, Continued Using the OR and NOT The OR Link operator links the current statement in Parallel with all previous Operators statements in an equation (see Figure 3-16). Field 1 Field 2 Field 3 Field 4 ),5(  FIRST STATEMENT Field 1 Field 2...

  • Page 69: Overview

    Figure 3-18. An Example Where the First and the Second Statement Both Contain the Condition FIRE Example: The condition of 03-01 is FIRE. The 4005 is reset from the Fire Alarm Control Panel (FACP). After the system is reset (and there are no alarms) the condition of 03-02 is FIRE.

  • Page 70: Using The Fire Det Qualifier

    Input Field 3 and Input Field 4, Continued Using the FIRE DET Qualifier When using the input condition qualifier FIRE DET (Fire Detect), a statement is true when the point indicated in Field 4 is activated. Field 4 Choices for the FIRE DET qualifier are: •...

  • Page 71: Using The Fire Ack Qualifier

    Input Field 3 and Input Field 4, Continued Using the FIRE ACK Qualifier When using the input condition qualifier FIRE ACK (Fire Acknowledge), a statement is true when the point indicated in Field 4 is activated. Field 4 Choices for the FIRE ACK qualifier are: •...

  • Page 72: Using The Supv Ack Qualifier

    Input Field 3 and Input Field 4, Continued Using the SUPV ACK Qualifier When using the input condition qualifier SUPV ACK (Supervisory Acknowledge), a statement is true when the point indicated in Field 4 is activated. Field 4 choices for the SUPV ACK qualifier are: •...

  • Page 73: Using The Tbl Ack Qualifier

    Input Field 3 and Input Field 4, Continued Using the TBL ACK Qualifier When using the input condition qualifier TBL ACK (Trouble Acknowledge), a statement is true when the point indicated in Field 4 is in trouble. Field 4 choices for the TBL ACK qualifier are: •...
  • Page 74 Input Field 3 and Input Field 4, Continued Using the ON/CODE and OFF When using the input condition qualifier OFF, a statement is true when the point Qualifiers (Continued) indicated in Field 4 is OFF. Field 4 choices for the OFF qualifier are: •...

  • Page 75: Second Stage Fields

    Second Stage Fields The COMP CNST, ANY, ALL, The COMP CNST (Compare Constant), ANY, ALL, and DELAY CNST input and DELAY CNST Qualifiers condition qualifiers are two-stage qualifiers. Additional programming is necessary in order for these qualifiers to work correctly. When selecting these qualifiers, you must press Enter to program the second stage.

  • Page 76: Using The Any Qualifier

    Second Stage Fields, Continued Using the ANY Qualifier When using the input condition qualifier ANY, a statement is true when the specified number of points from Field B equals the number of points in the List identified in Field D that are in the condition specified by Field C. The choices for Fields B, C, and D are as follows: •...

  • Page 77: Using The Delay Cnst Qualifier

    Second Stage Fields, Continued Using the DELAY CNST When using the input condition qualifier DELAY CNST, and the input statement Qualifier is true, the output action is delayed for a specified amount of time. Note: The input must be true for the entire delay time specified. Field A Field B Field C...

  • Page 78: Output Statements

    Output Statements Output Side (THEN) Each output statement is made up of three fields. Field 1 Field 2 Field 3 +ROG 2Q  OUTPUT STATEMENT Action Point Priority Specifier for Field 2 Figure 3-31. The Three Fields in an Output Statement Output Field 1 Field 1 is the Action Operator for the Output.

  • Page 79: Output Field 3

    Output Statements, Continued Output Field 3 Field 3 contains the Set and Reset Priorities of control equipment (relays). This eliminates confusion of when a point is under control of one statement and another statement tries to take control (see Figure 3-32). Field 1 Field 2 Field 3...
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  • Page 81: Chapter 4. Common Simplex Multi-Functional Programming Language (Smpl) Applications

    Chapter 4 Common Simplex Multi-functional Programming Language (SMPL) Applications Introduction This chapter discusses some common Simplex Multi-functional Programming Language (SMPL) applications. Selective Signals by Floor In the following example any activated initiating device (e.g., smoke detectors and pull stations) on the first floor energizes the signals (e.g., horns) on the first floor.
  • Page 82 SMPL Language Applications, Continued Selective Signals by Floor If there are multiple zones on a floor, you may wish to have the zones on each (continued) floor assigned to a List. Then have this list turn ON the signal circuits. Create a user List for each floor (Lists 31-08 through 31-25 are user defined List Pseudo Points).

  • Page 83: Selective Signals By Zone

    SMPL Language Applications, Continued Selective Signals by Zone In the following example any activated initiating device in the East Wing (e.g., smoke detectors and pull stations) energizes the signals (e.g., horns) in the East Wing only. Initiating devices in the Corridor energize the signals in the corridor only, and so on.

  • Page 84: Selective Signal Operation For Fire Floor, Floor Above, And Floor Below

    SMPL Language Applications, Continued Selective Signal Operation for In the following example any activated initiating device (e.g., smoke detectors Fire Floor, Floor Above, and and pull stations) on a particular floor energizes the signals (e.g., horns) on that Floor Below floor, the floor above that floor, and the floor below that floor.

  • Page 85: Selective Relay Control For Fan/Damper Operation

    SMPL Language Applications, Continued Selective Relay Control for The following steps and SMPL equations will Negatively pressurize the fire Fan/Damper Operation floor and Positively pressurize the floor above and the floor below the fire floor in a four story building. All other supply and exhaust fan circuits will be ON. Note: The following example assumes you have two 4-point IDC cards installed in Physical Slots 1 and 2 (Logical Cards 18 and19...
  • Page 86 SMPL Language Applications, Continued Selective Relay Control for Create the following two sets of user lists: Fan/Damper Operation (continued) Set of Lists Containing All Monitor Zones on each Floor Zones Assign to List List Label    VW )ORRU =RQHV %OGJ    ...
  • Page 87 SMPL Language Applications, Continued Selective Relay Control for Fan/Damper Operation Selective Relay Control - Equation 3 (Fire on the Second Floor) (continued) Equation Point Label ),5(  QG )ORRU =RQHV %OGJ  (QG RI ,QSXW +2/'  21 3UL  UG )ORRU 6XSSO\ )DQ +2/'  2)) 3UL  UG )ORRU ([KDXVW )DQ...

  • Page 88: Selective Bypass Of Nac/Relay Circuits

    SMPL Language Applications, Continued Selective Bypass of In the following example the activation of Monitor point 18-01 acts as a bypass NAC/Relay Circuits switch for the Third Floor Door and Signal circuits in both the East and West wings (20-01 through 20-04). Change the monitor point type of 18-01 to Utility (see the Edit Points, Edit Point Type section of this publication) and label point 18-01 "Third Floor Doors &...

  • Page 89: Pre-Signal Operation

    SMPL Language Applications, Continued Selective Bypass of Selective Bypass - Equation 2 NAC/Relay Circuits Equation Point Label Point Type (continued) ,1 127 7%/  UG )OU 'RRUV 6LJ %\SDVV $1' $1<  ),5(  6\VWHP 0RQ 0DQXDO (YDF (QG RI ,QSXW +2/' 21  35,  UG )ORRU 'RRUV 6LJ...

  • Page 90: Cross-Zoning Function

    SMPL Language Applications, Continued Cross-Zoning Function In the following example, any two smoke detector zones in alarm causes an evacuation signal to sound on indicating device circuit 1. 1. Create a user list that includes all zones for cross-zoning function (see the Lists, Add Points to a List section of this publication).

  • Page 91: Ac Power Failure Operation

    SMPL Language Applications, Continued AC Power Failure Operation In the following example the 24 VDC magnetic door holders drop when any alarm is initiated or when primary AC power is lost. This prevents excessive current drain on the system batteries when AC is lost. Add the following SMPL equation (see the To Start SMPL Programming section of this publication).

  • Page 92: Scu/Rcu Point Matrix (Zone Grouping)

    SMPL Language Applications, Continued SCU/RCU Point Matrix (Zone In the following example there is a 4602 SCU Serial Annunciator in the entry Grouping) way of a building. The fire department would like the smoke detector’s pull station’s, and water flow device’s alarm status to annunciate by floor. There are three floors and its a general alarm system.

  • Page 93: Stagger/Start Operation

    SMPL Language Applications, Continued Stagger/Start Operation In the following example, fan circuits for the first through fourth floors are stagger started by 30 seconds following a system reset. Change the fan circuits point types to Relay (see the Edit Points, Edit Point Type section of this publication).

  • Page 94: Elevator Recall Operation

    SMPL Language Applications, Continued Elevator Recall Operation In the following example any alarm from floors two and above recalls the elevator to floor one. An alarm from floor one recalls the elevator to floor two. Once the elevator is recalled to a floor, a subsequent alarm will not relocate the elevator to another floor until you reset the system.

  • Page 95: Chapter 5. Point Type Charts

    Chapter 5 Point Type Charts Introduction The Point Type determines: • What words will be displayed on the bottom line of the LCD display • Which LED will be illuminated (Status LEDs) • The software operation of the panel • May determine the field wiring arrangement The charts shown in this chapter have five major sections as described in Figure 5-1.
  • Page 96 Point Type Charts, Continued Displaying information on the The <ö> key can always be used to obtain additional information about the LCD Panel (continued) point. Another example would be if the Fire Monitor Zone is open, the screens shown in Figure 5-5 would be displayed. 5RRP  7UDLQLQJ &HQWHU %XLOGLQJ  )LUH 0RQLWRU =RQH...

  • Page 97: Point Type Messages For Monitor Points

    Point Type Messages for Monitor Points Monitor Points There are 32 Monitor Points available with the 4005. These are described in Figures 5-6 through 5-33. Pt. TYPE: SFIRE Description: Smoke/Fire Combination Zone Circuit Status LCD Readout (2 line) Normal Fire monitor Zone...
  • Page 98 Point Type Messages for Monitor Points, Continued Monitor Points (continued) Pt. TYPE: VSPULL Description: Verified Smoke/Pull Combination Circuit Status LCD Readout (2 line) Normal Fire monitor Zone NORMAL Limited Fire monitor Zone ALARM Open Fire monitor Zone TROUBLE Short Fire monitor Zone ALARM Disable TBL Fire monitor Zone...
  • Page 99 Point Type Messages for Monitor Points, Continued Monitor Points (continued) Pt. TYPE: FIRE Description: Generic Fire Alarm Circuit Status LCD Readout (2 line) Normal Fire monitor Zone NORMAL Limited Fire monitor Zone ALARM Open Fire monitor Zone TROUBLE Short Fire monitor Zone ALARM Disable TBL Fire monitor Zone...
  • Page 100 Point Type Messages for Monitor Points, Continued Monitor Points (continued) Pt. TYPE: DUCT Description: Duct Detector Circuit Status LCD Readout (2 line) Normal Duct Detector NORMAL Limited Duct Detector ALARM Open Duct Detector TROUBLE Short Duct Detector ALARM Disable TBL Duct Detector TROUBLE Class A TBL...
  • Page 101 Point Type Messages for Monitor Points, Continued Monitor Points (continued) Pt. TYPE: SMOKE Description: Smoke Detector Circuit Status LCD Readout (2 line) Normal Smoke Detector NORMAL Limited Smoke Detector ALARM Open Smoke Detector TROUBLE Short Smoke Detector ALARM Disable TBL Smoke Detector TROUBLE Class A TBL...
  • Page 102 Point Type Messages for Monitor Points, Continued Monitor Points (continued) Pt. TYPE: SGENMON Description: Generator Monitor (Supervisory) Circuit Status LCD Readout (2 line) Normal Generator Monitor NORMAL Limited Generator Monitor SUPERVISORY Open Generator Monitor TROUBLE Short Generator Monitor SUPERVISORY Disable TBL Generator Monitor TROUBLE Class A TBL...
  • Page 103 Point Type Messages for Monitor Points, Continued Monitor Points (continued) Pt. TYPE: S2STAGE Description: 2 Stage Monitor Circuit Status LCD Readout (2 line) Normal 2 Stage Monitor NORMAL Limited 2 Stage Monitor ALARM Open 2 Stage Monitor TROUBLE Short 2 Stage Monitor ALARM Disable TBL 2 Stage Monitor...
  • Page 104 Point Type Messages for Monitor Points, Continued Monitor Points (continued) Pt. TYPE: WSO Description: Combination Waterflow/Sprinkler (normally open) Circuit Status LCD Readout (2 line) Normal Sprinkler Monitor NORMAL Limited Sprinkler Monitor SUPERVISORY Open Sprinkler Monitor TROUBLE Short Sprinkler Monitor ALARM Disable TBL Sprinkler Monitor TROUBLE...
  • Page 105 Point Type Messages for Monitor Points, Continued Monitor Points (continued) Pt. TYPE: SUPV Description: Supervisory Monitor (no alarm) Circuit Status LCD Readout (2 line) Normal Supervision Monitor NORMAL Limited Supervision Monitor SUPERVISORY Open Supervision Monitor TROUBLE Short Supervision Monitor SUPERVISORY Disable TBL Supervision Monitor TROUBLE...
  • Page 106 Point Type Messages for Monitor Points, Continued Monitor Points (continued) Pt. TYPE: TROUBLE Description: Trouble Monitor (no alarm) Circuit Status LCD Readout (2 line) Normal Trouble Monitor NORMAL Limited Trouble Monitor TROUBLE Open Trouble Monitor TROUBLE Short Trouble Monitor TROUBLE Disable TBL Trouble Monitor TROUBLE...

  • Page 107: Point Type Messages For Signal Points

    Point Type Messages for Signal Points Signal Points Signal Points are described in Figures 5-34 through 5-51. Pt. TYPE: TSIGNAL Description: Trouble / Supervisory Signal (until clear) Circuit Status LCD Readout (2 line) Normal Trouble Signal Normal Trouble Signal Normal Trouble Signal CODING Open...
  • Page 108 Detailed Description: Used to indicate that the circuit will track a PNIS code. NOTE: The 4005 does not support PNIS coding at this time. Figure 5-36. CODED Point Type Additional information about the circuit status can always be obtained. For instance, a circuit that has the point type of CODED and has either a bad relay or an open in the field wiring will display the screens shown in Figure 5-37.
  • Page 109 Point Type Messages for Signal Points, Continued Signal Points (continued) Pt. TYPE: SSIGNAL Description: Alarm Signal (on until silence) Operates on General Alarm Circuit Status LCD Readout (2 line) Normal Signal Circuit Normal Signal Circuit Normal Signal Circuit CODING Open Signal Circuit TROUBLE Short...
  • Page 110 Point Type Messages for Signal Points, Continued Signal Points (continued) Pt. TYPE: SVISUAL Description: Visual (on until silence) Operates on General Alarm Circuit Status LCD Readout (2 line) Normal Visual Normal Visual Normal Visual CODING Open Visual TROUBLE Short Visual TROUBLE Disable TBL Visual...
  • Page 111 Point Type Messages for Signal Points, Continued Signal Points (continued) Pt. TYPE: RWATER Description: Water Signal (on until Reset) Circuit Status LCD Readout (2 line) Normal Waterflow Signal Normal Waterflow Signal Normal Waterflow Signal CODING Open Waterflow Signal TROUBLE Short Waterflow Signal TROUBLE Disable TBL...
  • Page 112 Point Type Messages for Signal Points, Continued Signal Points (continued) Pt. TYPE: PRIMARY Description: Elevator Capture (primary) Operates on General Alarm Circuit Status LCD Readout (2 line) Normal Pri Elevator Capture Normal Pri Elevator Capture Normal Pri Elevator Capture CODING Open Pri Elevator Capture TROUBLE...
  • Page 113 Point Type Messages for Signal Points, Continued Signal Points (continued) Pt. TYPE: AHUO Description: AHU On (dual relay control) Operates on General Alarm Circuit Status LCD Readout (2 line) Normal AHU On Relay Normal AHU On Relay Normal AHU On Relay CODING Open AHU On Relay...

  • Page 114: Point Type Messages For Auxiliary Relay Points

    Point Type Messages for Auxiliary Relay Points Auxiliary Relay Points Auxiliary Relay Points are described in Figures 5-52 through 5-68. Pt. TYPE: RRELAY Description: Alarm Relay (on until reset) Operates on General Alarm Circuit Status LCD Readout (2 line) Alarm Relay Alarm Relay Alarm Relay CODING...
  • Page 115 Point Type Messages for Auxiliary Relay Points, Continued Auxiliary Relay Points (continued) Pt. TYPE: BRELAY Description: Trouble / Supervisory Relay (on until acknowledge) Operates on General Alarm Circuit Status LCD Readout (2 line) Alarm Relay Alarm Relay Alarm Relay CODING Disabled TBL Alarm Relay TROUBLE...
  • Page 116 Coded Relay TROUBLE Relay will track any PNIS code zone. Detailed Description: NOTE: PNIS is not available with the 4005 at this time. Figure 5-59. CODED Point Type Pt. TYPE: SWATER Description: Waterflow Relay (on until silence) Operates on General Alarm...
  • Page 117 Point Type Messages for Auxiliary Relay Points, Continued Auxiliary Relay Points (continued) Pt. TYPE: RWATER Description: Waterflow Relay (on until reset) Operates on General Alarm Circuit Status LCD Readout (2 line) WaterFlow Relay WaterFlow Relay WaterFlow Relay CODING Disabled TBL WaterFlow Relay TROUBLE Off Auto TBL...
  • Page 118 Point Type Messages for Auxiliary Relay Points, Continued Auxiliary Relay Points (continued) Pt. TYPE: PRIMARY Description: Elevator Capture (primary) Operates on General Alarm Circuit Status LCD Readout (2 line) Pri Elevator Relay Pri Elevator Relay Pri Elevator Relay CODING Disabled TBL Pri Elevator Relay TROUBLE Off Auto TBL...
  • Page 119 Point Type Messages for Auxiliary Relay Points, Continued Auxiliary Relay Points (continued) Pt. TYPE: AHUO Description: AHU On (dual relay control) Operates on General Alarm Circuit Status LCD Readout (2 line) AHU On Relay AHU On Relay AHU On Relay CODING Disabled TBL AHU On Relay...

  • Page 120: Pseudo Point Types

    Pseudo Point Types Digital Pseudo Points Figure 5-69 provides a list of Digital Pseudo Point Types and their description. Point TYPE Description UTILITY Utility Point (no acknowledge) ALARM Alarm Point TROUBLE Trouble Point SUPERVISE Supervisory Point Figure 5-69. Digital Pseudo Point Types Analog Pseudo Points Figure 5-70 provides a list of Analog Pseudo Point Types and their description.

  • Page 121: Chapter 6. Programming Guides And Reference Information

    Chapter 6 Programming Guides and Reference Information Introduction This chapter provides information and aids to help you program the 4005 Fire Alarm. System Programming Use the following sheet as an aid when programming the 4005 Fire Alarm. Worksheet 4005 SYSTEM PROGRAMMING WORKSHEET...

  • Page 122: 4005 Module Identification And Placement Chart

    Table 6-1 shows the Part Number and Product Identification (PID) Number for and Placement Chart the available 4005 modules. Figure 6-1 indicates the I/O Card placement on the 4005 base panel. Table 6-1. 4005 Module Identification Chart DESCRIPTION PART NUMBER...

  • Page 123: Front Panel Programming

    SYSTEM OPTIONS ACCESS LEVELS PASSCODES RESTORE CFIG (Clear Edit Buffer) SAVE TO CFIG Figure 6-2. 4005 Programming Menu Structure Edit Point The Edit Point function includes the following: • Custom Label - 40 Characters • Point Type • Modes (valid for RCU/SCU/LCD annunciators and 8-point output only) −...

  • Page 124: Edit Cards

    Front Panel Programming, Continued The Edit Cards function includes the following: Edit Cards • Add I/O Cards - Cards 18-20 exist in the default configuration (10 cards maximum in the system) • Add RUI Cards (Annunciators) - Add RCU/SCU RUI annunciator at addresses 1-16 •...

  • Page 125: Smpl Programming

    SMPL Programming Edit SMPL The Edit SMPL function has the following parameters: • Max. number of Equations: 40 • Max. number of Statements (Input or Output combined) per Equation: 6 Sample Program 01: Input Side (where 18 is the card address number ALARM 18-01 and 01/ 04 is the point number) OR DETECT 18-04...

  • Page 126: Smpl Equations

    SMPL Programming, Continued Valid Operator Codes and Parameter Tables (continued) Table 6-4. SMPL Output Operators Table OPCODE MNEMONIC DESCRIPTION TRACK ON Track Point On TRACK OFF Track Point Off HOLD ON Hold Point On HOLD OFF Hold Point Off Acknowledge Point S MARCH Slow March Output Code TEMPORAL...
  • Page 127 SMPL Programming, Continued SMPL Equations (continued) Continued on next page Technical Manuals Online! - http://www.tech-man.com...
  • Page 128 SMPL Programming, Continued SMPL Equations (continued) Continued on next page Technical Manuals Online! - http://www.tech-man.com...
  • Page 129 SMPL Programming, Continued SMPL Equations (continued) Technical Manuals Online! - http://www.tech-man.com...

  • Page 130: System Options

    System Options System Option Chart Table 6-5 shows each System Option, the valid values (ranges) and the default value for the option. Table 6-5. System Options Chart Option Name Value or Range Default Value • Time/Date Format 12-Hour 12-Hour • 24-Hour •...

  • Page 131: Initiating Device Circuit (Idc) Zones

    Initiating Device Circuit (IDC) Zones Recording your System’s IDC Use the following Table to record your Initiating Device Circuit (IDC) zones. Zones Table 6-6. IDC Zones and Descriptions INITIATING DEVICE CIRCUIT (IDC) TYPE — 38 ZONES MAXIMUM ZONE DESCRIPTION ZONE DESCRIPTION 6-11 Technical Manuals Online! - http://www.tech-man.com...

  • Page 132: Monitor Point And Signal Point Types

    Monitor Point and Signal Point Types Monitor Point Types Table 6-7 lists available Monitor Point types. Table 6-7. Monitor Point Types Monitor Description Monitor Description Point Point FIRE Fire Monitor Zone FPUMP Fire Pump Monitor WATER WaterFlow Monitor SFPUMP Supervised Fire Pump HEAT Heat Detector S2STAGE...

  • Page 133: Nac/Relay Circuits

    NAC/Relay Circuits Recording your System’s Use Table 6-9 to record your Notification Appliance Circuit (NAC)/Relay NAC/Relay Points points. Table 6-9. NAC/Relay Circuits and Descriptions NAC/Auxiliary Relay Type — 34 NACs/Relays Maximum RELAY DESCRIPTION RELAY DESCRIPTION Relay Point Types Table 6-10 lists available Relay Point types. Table 6-10.

  • Page 134: Custom Labeling

    Custom Labeling Recording your System’s Use Table 6-11 to record your Custom Labels for each zone. Custom Labels Table 6-11. Custom Labels Initiating Device Circuit Labeling — 38 Zone Maximum ZONE Custom Label (40 Characters Maximum) • • • • •...

  • Page 135: Reference Information

    Reference Information CPU Card Table 6-12 describes the Points associated with the CPU Card (System Address 0). Table 6-12. CPU Card (System Address 0) Point Number: Description Device Type Point Type Purpose 1: City Circuit 1/DACT Monitor Generic Input Utility Detect abnormal condition on city circuit 1 or DACT 2: City Circuit 2 Monitor...

  • Page 136: Rcu/Scu Addresses

    Reference Information, Continued RCU/SCU Addresses Addresses 1 through 16 are reserved for RCU, SCU, and RCU/SCU graphic drive Annunciators. Address 17 is reserved for a test RCU. ZONE 1 ZONE 5 ZONE 2 ZONE 6 TROUBLE ALARM SILENCE SILENCE ZONE 3 ZONE 7 SYSTEM MANUAL...

  • Page 137: Input/Output Card Addresses

    Reference Information, Continued Input/Output Card Addresses I/O Card addresses are 18 through 27. Card Address 18 Card Address 27 (Slot # 1) (Slot # 10) Card Address 19 Card Address 26 (Slot # 2) (Slot # 9) Card Address 20 Card Address 25 (Slot # 3) (Slot # 8)

  • Page 138: Power Supply Card

    Reference Information, Continued Power Supply Card Table 6-13 describes the Points associated with the Power Supply Card (System Address 28). Table 6-13. Power Supply Card (System Address 28) Point Number: Description Device Type Point Type Purpose 1: Battery Voltage Monitor Generic Input Utility Low battery monitor input...

  • Page 139: Digital Pseudo Card

    11: Time/Date Incorrect Digital Pseudo Trouble Indicates time/date is not set. 12: Simplex Service Mode Digital Pseudo Trouble Simplex service mode (level 4) 13: Keypad Inactivity Disable Digital Pseudo Utility Disables keyboard inactivity timer 14: Active List Overflow Digital Pseudo...

  • Page 140: Analog Pseudo Card

    Reference Information, Continued Analog Pseudo Card Table 6-15 describes the Points associated with the Analog Pseudo Card (System Address 30). Table 6-15. Analog Pseudo Card (System Address 30) Point Number: Description Device Type Point Type Purpose 1: Fire Alarm Count Analog Pseudo Analog Indicates the current number of...
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  • Page 142 This Page intentionally left blank. Technical Manuals Online! - http://www.tech-man.com...
  • Page 143 Rev. D Simplex Time Recorder Co., • Simplex Plaza • Gardner, Massachusetts 01441-0001 U.S.A. 574-059 Simplex International Time Equipment, Co., LTD. • Mississauga, Ontario, Canada Technical Manuals Online! - http://www.tech-man.com...

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